Kapanadze Cousin - DALLY FREE ENERGY

[soliman]

Itsu
this is to show you that the circuit can do much more

[AlienGrey]

Itsu
this is to show you that the circuit can do much more

Yes Soliman it's a 2 phase demodulator it helps to spread the load but it's just a demodulator. So where is your free energy coming from ? that's the number one question ??

Perhaps some of the other guys have found an abandoned coal mine full of smokeless coal ? joking apart whats your technique ? it has to come from some where !

Others !  I need to get your attention if I can !!!!

Re Adrian Guska, Wesley if you all remember did a breakdown of his device but unfortunately had to remove 1 or two of his videos does any one know where i can find or view copies of the removed vids cut modified or original ?

Many thanks in advance.



AG

[Belfior]

It seems to me that whatever Kapanadze is
doing it is possibly even more simple and more efficient than what Daly and Akula did. I am basing this on
how Kapandze's early devices appeared.

This is my view exactly. In the earlier models he had loads of eye candy and old TV circuitry all painted black. They were not even connected to the device, but gave the impression there is a lot more to this circuit than meets the eye. With the spark gap you can hit a lot of frequencies when it sparks. Maybe he just had coils that are tuned to resonance and harmonics and then the spark just hits them all with one go. Some feedback keeps it in resonance even if you add load

[Belfior]

and I am not saying you cannot do that with a kacher or the Daly circuit, but I think you have to be spot on with those. The spark gap might let you get away with something like coils lengths and waveforms

[itsu]

Itsu
you are in resonance?
move the yellow and the blue too
move everything for better precision

Why does that matter?   I am just playing with the TL494 and the TC4093, no +voltage on the MOSFETs drains, so no resonance.
I just want to be able like you to adjust the TL494 outputs (with its max. 44% duty cycle) via the TC4093 to go wider then that, like your 49.8% or even 56%
Can it be done with the circuit in the diagram i linked above showing the TL494 and the TC4093 only?

I show in my above video what i can do, which is to delay a pulse only, but not expand it.

So again my question,  how did you manage to increase the TL494 duty cycle from its max. 44% to your 49.8%?

Thanks,   itsu